GEA Marine Heat Exchangers  (8)

The GEA VARITUBE® HS, multi tube heat exchanger, is suitable for hot water generation and heating of CIP media for high thermal performance and volume flow rates up to 60 m³/h. This tubular heat exchanger features product guiding in several inner tubes which are bent around 180°. The heat-carrying medium flows in the surrounding shell. This design allows for compensation of the different thermal expansions between inner bundle and shell, which could be caused by high temperature differences.

The GEA VARITUBE® HS, multi tube heat exchanger, is suitable for hot water generation and heating of CIP media for high thermal performance and volume flow rates up to 60 m³/h. This tubular heat exchanger features product guiding in several inner tubes which are bent around 180°. The heat-carrying medium flows in the surrounding shell. This design allows for compensation of the different thermal expansions between inner bundle and shell, which could be caused by high temperature differences.

The GEA VARITUBE® HS, multi tube heat exchanger, is suitable for hot water generation and heating of CIP media for high thermal performance and volume flow rates up to 60 m³/h. This tubular heat exchanger features product guiding in several inner tubes which are bent around 180°. The heat-carrying medium flows in the surrounding shell. This design allows for compensation of the different thermal expansions between inner bundle and shell, which could be caused by high temperature differences.

The GEA VARITUBE® HS, multi tube heat exchanger, is suitable for hot water generation and heating of CIP media for high thermal performance and volume flow rates up to 60 m³/h. This tubular heat exchanger features product guiding in several inner tubes which are bent around 180°. The heat-carrying medium flows in the surrounding shell. This design allows for compensation of the different thermal expansions between inner bundle and shell, which could be caused by high temperature differences.

The GEA VARITUBE® HS, multi tube heat exchanger, is suitable for hot water generation and heating of CIP media for high thermal performance and volume flow rates up to 60 m³/h. This tubular heat exchanger features product guiding in several inner tubes which are bent around 180°. The heat-carrying medium flows in the surrounding shell. This design allows for compensation of the different thermal expansions between inner bundle and shell, which could be caused by high temperature differences.

GEA VARITUBE® E, multi-tube heat exchanger guides the product through several straight inner tubes surrounded by a service medium in a shell. The “floating” design of the inner bundle compensates for the different thermal expansion between shell and inner tube bundle caused by high temperature differences. The intermediate flange on the dynamically sealed side has a radially positioned leakage “tell pipe” to ensure that any leakages on the product or shell side can easily be detected. The inner bundle can be removed for inspection purposes.

GEA VARITUBE® E, multi-tube heat exchanger guides the product through several straight inner tubes surrounded by a service medium in a shell. The “floating” design of the inner bundle compensates for the different thermal expansion between shell and inner tube bundle caused by high temperature differences. The intermediate flange on the dynamically sealed side has a radially positioned leakage “tell pipe” to ensure that any leakages on the product or shell side can easily be detected. The inner bundle can be removed for inspection purposes.

GEA VARITUBE® E, multi-tube heat exchanger guides the product through several straight inner tubes surrounded by a service medium in a shell. The “floating” design of the inner bundle compensates for the different thermal expansion between shell and inner tube bundle caused by high temperature differences. The intermediate flange on the dynamically sealed side has a radially positioned leakage “tell pipe” to ensure that any leakages on the product or shell side can easily be detected. The inner bundle can be removed for inspection purposes.